The wheel bucket sand washer is also a type of sand washing equipment and a commonly used device. Xiao Yu will introduce some product knowledge related to it.

[Drum Diameter]: 2600mm-6000mm

[Processing Capacity]: 30-250 t/h

[Application] Widely used in industries such as sand and stone quarries, mines, construction materials, transportation, chemicals, hydropower and water conservancy, and concrete mixing stations for material cleaning.

[Product Introduction]: The wheel sand washer is a sand washing equipment developed based on the actual situation of the domestic sand and stone equipment industry. It features high sand washing cleanliness, reasonable structure, large output, and minimal sand loss.

Wheel Sand Washing Machine Introduction:

The wheel bucket sand washer, also known as the water wheel sand washer, is developed with advanced technology tailored to the specific needs of the domestic sand and stone industry. It boasts features such as minimal wear, reasonable structure, high output, and low sand loss during the washing process. Its transmission part is isolated from water and sand, resulting in a significantly lower failure rate compared to commonly used sand washers. It is an excellent choice for upgrading the sand washing industry in China.

Performance Features of Wheel Sand Washer:

The wheel sand washer boasts distinct features such as simple structure, stable operation, clean sand washing, and high yield. It is widely used in construction sites, sand and stone quarries, glass factories, power stations, concrete manufacturing, and electrical equipment facilities.

1. The machine features a simple structure, isolating the impeller-driven bearing assembly from water and moisture-sensitive materials, significantly reducing damage to the bearings due to immersion, sand particles, contaminants, etc.

2. Compared to traditional spiral sand washing machines, the ones used for sand and stone material washing sites offer the following distinct advantages:

A. Low loss of medium and fine sand, stone powder; grading and fineness modulus of sand washing meet the standards of "Construction Sand" and "Construction Gravel, Grabability."

B. This machine has almost no worn parts except for the screen.

C. Long service life, no need for maintenance over the long term.

Sand Blasting Machine (Sand Blasting Machine) Operation Process:

Whether it's a wheel sand washer or a spiral sand washer, they are composed of: V-belts, reducers, gears, impellers, washing tanks, etc. As the sand washing machine starts to operate: the motor drives the triangular gears and the reducer, then the gears rotate to drive the impeller. Under the action of the sand washing tank, the sand and gravel are ground against the impeller, removing the surface impurities, leaving the sand and gravel with a clean surface. The sand and gravel are then discharged from the spiral chute through the rotating impeller, achieving the cleaning effect.

Spiral Sand Blasting Machine: The sand-blasting process of the spiral sand blasting machine differs slightly from that of the wheel-type machine. During the spiral推进 process of the spiral sand blasting machine, sand and gravel continuously self-abrade, achieving separation of mud and sand. Due to the varying properties of materials, their settling speeds in water are different, which aids in the separation of mud and sand. This machine offers high sand blasting cleaning efficiency and is widely used for its energy and water-saving features.

The wheel sand washer complements the spiral sand washer. This practical novelty features stable operation, clean sand washing, energy and water saving. The invention is easy to operate, has a long service life, and is widely applicable.

Principle of operation for the wheel bucket sand washing machine:

During operation, the motor drives the impeller to rotate slowly through a V-belt, reducer, and gears. Sand and gravel enter the washing tank via the feed trough and roll under the impeller's action, grinding against each other to remove impurities on the surface. This disrupts the moisture layer on the sand grains, aiding in dehydration. Water is added to create a strong water flow, which promptly removes lighter impurities and foreign objects, washing them out through the overflow outlet. Clean sand and gravel are carried away by the blades and poured into the discharge trough by the rotating impeller, completing the cleaning process.